Students at the University of Sheffield have donated four tonnes of goods to city charities. As...
Why Recent Graduates Should Join Code for America
Sympathy for the dodgy salesmen of Australian politics
Babel Rising
T.C. Boyle: Incorporating Environmentalism in Art
The Stone Roses confirm all planned shows to go ahead after Ian Brown calls Reni a 'c**t' onstage
Swiss Bang
If you think Switzerland is only good for chocolate, Swatches and Federer, you haven’t been reading the nerdy science pages of your newspaper recently. RENATE OGILVIE reports on the Large Hadron Collider, which could discover the 'God Particle' and parallel universes or destroy the world.

The scientific world is poised for the biggest experiment in history, and it is going to happen in Geneva, the city of John Calvin whose Puritan ethics provided the religious underpinnings for capitalism 500 years ago. This Northern autumn it will host another quasi religious event: the recreation of that first moment of our universe - Big Bang Mark II.

Scientists and boffin journalists all over the world have been waiting for this for over 40 years, while billions of dollars have created the particle accelerator CERN in a tunnel underneath the Jura mountains, where particles will be speeded up and smashed together at close to light speed.

According to the now fairly aged pioneers, the Large Hadron Collider (LHC) will finally prove scientifically what have so far been merely theories about the origins of the universe: 'We are 90% certain'.

The hope is for the emergence of strange new matter, and a new particle called Higgs Boson that is assumed to be the stuff that our universe is made of, and that is holding it together. It is also known as the God Particle, a name that makes a lot of the agnostic CERN scientists cringe, but which inspires lay observers to wonder if modern science has finally come up with something truly fundamental.

40 years of Western affluence will produce Big Bang en miniature.  To prove - what exactly? Undoubtedly, with a little effort and the right financial incentive, Higgs Boson could be shorn of its divine innocence and turned into something truly infernal, like all the other weapon systems that have evolved since Hahn and Curie split the atom.

But what is fascinating is something that scientists have started to entertain as an incredible side effect of their experiment. It is conceivable that it might establish the possibility of parallel universes. Buddhists have always believed that many parallel universes exist, infinite numbers in fact, and that the one we inhabit in this lifetime is merely the display of our particular current karma.

If we accept the Buddha's teaching of infinity as the principle of cyclic existence rather than a linear development, then this idea is logical and not just science fiction cloaked as an article of faith.

However,  for a  sceptical Western Buddhist like myself it would be deeply satisfying to have this proved by science, especially in times of  'Intelligent Design' and other aberrations.

An avalanche of data will be processed, and incidentally form the next generation of super computers available to us that are of such superior power that they are like Lamborghinis to the horse-drawn carriages of our current model. Then something will emerge. New data, new knowledge.

That is if the intrepid scientists survive the experiment. Apart from Higgs Boson as the star performer, LHC will also produce ‘small' Black Holes and nobody knows quite what to expect.

Even the most scientifically challenged among us know that Black Holes, regardless of size, suck up matter and make it disappear in inexplicable ways. This has been part of our human knowledge since Kubrick and 2001, or at least since sophisticated science programs like Star Trek, and it is scary.

Scientists know we know, and have started to address this fear. They are uniformly relaxed, and almost unpatronising when they explain that these small Black Holes ‘will collapse almost immediately' , and that there is no danger whatsoever. After all, they themselves are only protected by  Health and Safety helmets for crawling through the tunnel.

Enter Walter L Wagner of Hawaii. He is a nuclear physicist and much more worried. On his website he states that these black holes are anything but harmless, and the dangers are incalculable. For a scientist his website is a surprisingly plain three pages with a few glitches suggesting only a basic familiarity with HTML, but his message is dramatic: he is going to sue the U.S. Ministry of Science, the Fermilab, and CERN for recklessly endangering humankind. Links to other scientists and their warnings are provided, and the web visitor is invited to donate US$10 to support the legal venture.

We might snigger and perhaps even doubt that Walter is the genuine article, but let's hope that none of the CERN scientists have the karma to get sucked into those ‘small‘ Black Holes, along with Geneva, Switzerland, and the rest of this particular universe.

Renate Ogilvie is a psychotherapist and teacher of Buddhist philosophy.

blog comments powered by Disqus
 
Explaining the Large Hadron Collider
30 apr  |  It has taken many years and many billions of dollars but when the Large Hadron Collider is turned on in a few months it could help humanity understand the universe... or create a black hole which destroys Earth.  . . read more
The Universe on a String
4 may  |  In clear, nontechnical language, string theorist Brian Greene explains how our understanding of the universe has evolved from Einstein's notions of gravity and space-time to superstring theory, where minuscule strands of energy vibrating in 11 dimensions create every particle and force in the universe. . . read more
Searching for Dark Energy and Dark Matter
26 aug  |  Physicist Patricia Burchat sheds light on two basic ingredients of our universe: dark matter and dark energy. Comprising 96% of the universe between them, they can't be directly measured, but their influence is immense.  . . read more
What will the Large Hadron Collider reveal?
9 jan  |  With its successful test run at the end of 2009, the Large Hadron Collider near Geneva, Switzerland, seized the world record for the highest-energy particle collisions created by mankind. We can now reflect on the next questions: What will it discover, and why should we care?- by Steve Giddings . . read more
Dark Matter vs Dark Energy
13 aug  |  According to the latest evidence, the universe is largely made up of stuff that humans can't yet detect. Stanford University physicist Leonard Susskind differentiates "dark matter" and its cousin "dark energy". . . read more
Ten Ways the World Could End
20 oct  |  Stephen Petranek reveals the questions that keep some scientists up at night. How might the world end? He lays out the challenges that face us in the drive to preserve the human race. Will we be wiped out by an asteroid? Eco-collapse? How about a particle accelerator gone wild? . . read more
Theory of Everything
9 aug  |  Theoretical nuclear astro-physics and quantum cosmology . . read more
The Methane Timebomb
25 sep  |  The Methane Timebomb . . read more
Parallel Planet
3 jul  |  The Pentagon is using sophisticated artificial computer programs to simulate how billions will react to food and fuel shortages.  . . read more
Understanding the 4th Dimension
21 aug  |  The late, great Carl Sagan explains crossing dimensions and what the fourth dimension (4D) might be like. . . read more
blogs   100words
 
"Government's view of the economy could be summed up in a few short phrases: If it moves, tax it. If it keeps moving, regulate it. And if it stops moving, subsidize it." -- Ronald Reagan (1986)